Railing - Diagonal Rails
![Lingwisyer Lingwisyer](https://community.graphisoft.com/legacyfs/online/avatars/actalk/a27517d178c246abb0dd17b6f4f6758a_111371.jpg)
- Mark as New
- Bookmark
- Subscribe
- Mute
- Subscribe to RSS Feed
- Permalink
- Report Inappropriate Content
‎2018-06-05
11:15 AM
- last edited on
‎2022-09-26
10:57 PM
by
Daniel Kassai
How would you go about creating diagonal rails within your handrail? I am wanting to create some cross braces and thought I could use a custom panel, but it doesn't stretch to fit...
The distance between posts varies at different points around the building, so is there a way to make them stretch to fit?
Ling.
AC22-28 AUS 3110 | Help Those Help You - Add a Signature |
Self-taught, bend it till it breaks | Creating a Thread |
Win11 | i9 10850K | 64GB | RX6600 | Win11 | R5 2600 | 16GB | GTX1660 |
Solved! Go to Solution.
- Labels:
-
Library (GDL)
Accepted Solutions
![Barry Kelly Barry Kelly](https://community.graphisoft.com/legacyfs/online/avatars/actalk/a27517d178c246abb0dd17b6f4f6758a_153.jpg)
- Mark as New
- Bookmark
- Subscribe
- Mute
- Subscribe to RSS Feed
- Permalink
- Report Inappropriate Content
‎2018-06-20 05:00 AM
The 'Built-in Panel' object is not in the library as it is part of the Archicad program itself.
So to open it, create a railing using it, select it then CTRL+SHIFT+O.
Close all the other objects that open as they aren't needed.
'SAVE AS' with a new name - something like 'Cross panel'.
Create a new length parameter called ... rail_hgt
In the 3D script find and comment out this section (starting at line 263).
!!!! group lowergroup !!!! for nSide = 1 to nTransformedPoly !!!! if segmentCutFlag[nSide] then !!!! _cutangle = segmentCutAngle[nSide] !!!! else !!!! _cutangle = 0 !!!! if segmentContinueFlag[nSide] then !!!! if segmentSideFlag[nSide] = SIDE_END then _cutangle = _cutright !!!! if segmentSideFlag[nSide] = SIDE_START then _cutangle = _cutleft !!!! endif !!!! endif !!!! put transformedPoly[nSide][1], transformedPoly[nSide][2], !!!! _cutangle, transformedPoly[nSide][TRPOLY_STATUS], _matPanel !!!! next nSide !!!! !!!! cprism_{2} _matPanel, _matPanel, _matPanel, !!!! nTransformedPoly, ac_panelThickness / 2, !!!! get(nsp - 2), -1, _matPanel !!!! gosub "flushBuffer" !!!! endgroup !!!! !!!! group uppergroup !!!! for nSide = 1 to nTransformedPoly !!!! if segmentCutFlag[nSide] then !!!! _cutangle = segmentCutAngle[nSide] !!!! else !!!! _cutangle = 0 !!!! if segmentContinueFlag[nSide] then !!!! if segmentSideFlag[nSide] = SIDE_END then _cutangle = _cutright !!!! if segmentSideFlag[nSide] = SIDE_START then _cutangle = _cutleft !!!! endif !!!! endif !!!! put transformedPoly[nSide][1], transformedPoly[nSide][2], ! [nSide][3] should be all the same !!!! -_cutangle, transformedPoly[nSide][TRPOLY_STATUS], _matPanel !!!! next nSide !!!! !!!! addz ac_panelThickness !!!! mulz -1 !!!! cprism_{2} _matPanel, _matPanel, _matPanel, !!!! nTransformedPoly, ac_panelThickness / 2, !!!! get(nsp - 2), -1, _matPanel !!!! gosub "flushBuffer" !!!! del 2 !!!! endgroupDirectly after that add this ...
!!!The geometry for all the corner points horiz_panel = (transformedPoly[2][1]-transformedPoly[1][1])*COS(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]) vert_panel = (transformedPoly[3][2]-transformedPoly[2][2])/COS(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]) end_rise = (transformedPoly[2][1]-transformedPoly[1][1])*SIN(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]) cross_angle = ATN((vert_panel+end_rise)/horiz_panel) panel_cross_angle_1 = cross_angle-panelSegmentData[iSegment][SEGMENT_SLOPEANGLE] cross_x_rad_1 = (rail_hgt*0.5)/SIN(panel_cross_angle_1) cross_y_rad_1 = (rail_hgt*0.5)/SIN(90-panel_cross_angle_1-panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]) y_reduction_1 = cross_y_rad_1-(cross_y_rad_1*COS(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE])) if panelSegmentData[iSegment][SEGMENT_SLOPEANGLE] <> 0 then x_reduction_1 = y_reduction_1/TAN(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]*0.5) else x_reduction_1 = 0 endif panel_cross_angle_2 = ATN((vert_panel-end_rise)/horiz_panel)+panelSegmentData[iSegment][SEGMENT_SLOPEANGLE] cross_x_rad_2 = (rail_hgt*0.5)/SIN(panel_cross_angle_2) cross_y_rad_2 = (rail_hgt*0.5)/COS(panel_cross_angle_2-panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]) y_reduction_2 = cross_y_rad_2-(cross_y_rad_2*COS(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE])) if panelSegmentData[iSegment][SEGMENT_SLOPEANGLE] <> 0 then x_reduction_2 = y_reduction_2/TAN(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]*0.5) else x_reduction_2 = 0 endif group lowergroup put transformedPoly[1][1], transformedPoly[1][2], 0, 15, _matPanel put transformedPoly[1][1]+cross_x_rad_1, transformedPoly[1][2], 0, 15, _matPanel put transformedPoly[3][1]-x_reduction_1, transformedPoly[3][2]-cross_y_rad_1+y_reduction_1, 0, 15, _matPanel put transformedPoly[3][1], transformedPoly[3][2], 0, 15, _matPanel put transformedPoly[3][1]-cross_x_rad_1, transformedPoly[3][2], 0, 15, _matPanel put transformedPoly[1][1]+x_reduction_1, transformedPoly[1][2]+cross_y_rad_1-y_reduction_1, 0, 15, _matPanel put transformedPoly[1][1], transformedPoly[1][2], 0, 15, _matPanel cprism_{2} _matPanel, _matPanel, _matPanel, 7, ac_panelThickness / 2, get(nsp - 2), -1, _matPanel gosub "flushBuffer" put transformedPoly[2][1], transformedPoly[2][2], 0, 15, _matPanel put transformedPoly[2][1]+x_reduction_2, transformedPoly[2][2]+cross_y_rad_2-y_reduction_2, 0, 15, _matPanel put transformedPoly[4][1]+cross_x_rad_2, transformedPoly[4][2], 0, 15, _matPanel put transformedPoly[4][1], transformedPoly[4][2], 0, 15, _matPanel put transformedPoly[4][1]-x_reduction_2, transformedPoly[4][2]-cross_y_rad_2+y_reduction_2, 0, 15, _matPanel put transformedPoly[2][1]-cross_x_rad_2, transformedPoly[2][2], 0, 15, _matPanel put transformedPoly[2][1], transformedPoly[2][2], 0, 15, _matPanel cprism_{2} _matPanel, _matPanel, _matPanel, 7, ac_panelThickness / 2, get(nsp - 2), -1, _matPanel gosub "flushBuffer" endgroup group uppergroup addz ac_panelThickness mulz -1 put transformedPoly[1][1], transformedPoly[1][2], _cutangle, 15, _matPanel put transformedPoly[1][1]+cross_x_rad_1, transformedPoly[1][2], _cutangle, 15, _matPanel put transformedPoly[3][1]-x_reduction_1, transformedPoly[3][2]-cross_y_rad_1+y_reduction_1, _cutangle, 15, _matPanel put transformedPoly[3][1], transformedPoly[3][2], _cutangle, 15, _matPanel put transformedPoly[3][1]-cross_x_rad_1, transformedPoly[3][2], _cutangle, 15, _matPanel put transformedPoly[1][1]+x_reduction_1, transformedPoly[1][2]+cross_y_rad_1-y_reduction_1, _cutangle, 15, _matPanel put transformedPoly[1][1], transformedPoly[1][2], _cutangle, 15, _matPanel cprism_{2} _matPanel, _matPanel, _matPanel, 7, ac_panelThickness / 2, get(nsp - 2), -1, _matPanel gosub "flushBuffer" put transformedPoly[2][1], transformedPoly[2][2], 0, 15, _matPanel put transformedPoly[2][1]+x_reduction_2, transformedPoly[2][2]+cross_y_rad_2-y_reduction_2, 0, 15, _matPanel put transformedPoly[4][1]+cross_x_rad_2, transformedPoly[4][2], 0, 15, _matPanel put transformedPoly[4][1], transformedPoly[4][2], 0, 15, _matPanel put transformedPoly[4][1]-x_reduction_2, transformedPoly[4][2]-cross_y_rad_2+y_reduction_2, 0, 15, _matPanel put transformedPoly[2][1]-cross_x_rad_2, transformedPoly[2][2], 0, 15, _matPanel put transformedPoly[2][1], transformedPoly[2][2], 0, 15, _matPanel cprism_{2} _matPanel, _matPanel, _matPanel, 7, ac_panelThickness / 2, get(nsp - 2), -1, _matPanel gosub "flushBuffer" del 2 endgroup
In the interface script (edit: not parameter script) find these line starting at line 62 and comment them out.
!!!! _yCurr = _pageStartY + 37 !!!! ui_infield{3} ac_panelThickness, _x2, _yCurr, _infWidth, _infHeightThen add ...
_yCurr = _pageStartY + 37 ui_infield{3} ac_panelThickness, _x2, _yCurr, _infWidth, _infHeight UI_TOOLTIP "Rail Width" ui_infield{3} rail_hgt, 380, 130, 50, _infHeight UI_TOOLTIP "Rail Height"
Now re-save and you should find it available as a panel type in your railing.
Of course you will need this in your loaded library or your embedded library.
I can't guarantee it will work in all situations (I haven't tried leaning the railing on an angle), but it seems to work for flat and rising (stair) railings.
Barry.
Versions 6.5 to 27
i7-10700 @ 2.9Ghz, 32GB ram, GeForce RTX 2060 (6GB), Windows 10
Lenovo Thinkpad - i7-1270P 2.20 GHz, 32GB RAM, Nvidia T550, Windows 11
![Lingwisyer Lingwisyer](https://community.graphisoft.com/legacyfs/online/avatars/actalk/a27517d178c246abb0dd17b6f4f6758a_111371.jpg)
- Mark as New
- Bookmark
- Subscribe
- Mute
- Subscribe to RSS Feed
- Permalink
- Report Inappropriate Content
‎2018-06-12 10:45 AM
AC22-28 AUS 3110 | Help Those Help You - Add a Signature |
Self-taught, bend it till it breaks | Creating a Thread |
Win11 | i9 10850K | 64GB | RX6600 | Win11 | R5 2600 | 16GB | GTX1660 |
![Laszlo Nagy Laszlo Nagy](https://community.graphisoft.com/legacyfs/online/avatars/actalk/a27517d178c246abb0dd17b6f4f6758a_13.png)
- Mark as New
- Bookmark
- Subscribe
- Mute
- Subscribe to RSS Feed
- Permalink
- Report Inappropriate Content
‎2018-06-17 10:55 AM
I would try to create a custom Railing Panel, not a custom Post.
AMD Ryzen9 5900X CPU, 64 GB RAM 3600 MHz, Nvidia GTX 1060 6GB, 500 GB NVMe SSD
2x28" (2560x1440), Windows 10 PRO ENG, Ac20-Ac28
![Barry Kelly Barry Kelly](https://community.graphisoft.com/legacyfs/online/avatars/actalk/a27517d178c246abb0dd17b6f4f6758a_153.jpg)
- Mark as New
- Bookmark
- Subscribe
- Mute
- Subscribe to RSS Feed
- Permalink
- Report Inappropriate Content
‎2018-06-18 05:04 AM
Seems you will have to get the exact size for both horizontal and raking railings and also any different heights and widths of panels..
The custom panel does not stretch to suit the actual panel extents.
Or you need to figure out the script of a panel object and base your diagonals on the extents of the panel.
Just had a look at the "Built-in Panel' and typically the script is very difficult to follow.
It seems there is more to this basic object than just a flat panel with 4 bounding corner points.
Barry.
Versions 6.5 to 27
i7-10700 @ 2.9Ghz, 32GB ram, GeForce RTX 2060 (6GB), Windows 10
Lenovo Thinkpad - i7-1270P 2.20 GHz, 32GB RAM, Nvidia T550, Windows 11
![Barry Kelly Barry Kelly](https://community.graphisoft.com/legacyfs/online/avatars/actalk/a27517d178c246abb0dd17b6f4f6758a_153.jpg)
- Mark as New
- Bookmark
- Subscribe
- Mute
- Subscribe to RSS Feed
- Permalink
- Report Inappropriate Content
‎2018-06-18 09:25 AM
These are PUT in the script just before the CPRISM{2} that creates the panel (actually there are 2 half thickness panels - not sure why exactly).
In the attached image you can see I have spheres at these points.
Then with a bit of maths I have calculated the railing angle and some x and y offsets that would be required for the nodes of a diagonal prism.
I have just added some lines at this point to get the width of the diagonal rail.
But it doesn't work when the railing is angled up a stair.
It seems I need to take into account the ROT of the panel in another way other than just calculating the angle of the railing.
So I am sure something is possible.
I will have more of a play later when I get some more free time.
Barry.
Versions 6.5 to 27
i7-10700 @ 2.9Ghz, 32GB ram, GeForce RTX 2060 (6GB), Windows 10
Lenovo Thinkpad - i7-1270P 2.20 GHz, 32GB RAM, Nvidia T550, Windows 11
![Barry Kelly Barry Kelly](https://community.graphisoft.com/legacyfs/online/avatars/actalk/a27517d178c246abb0dd17b6f4f6758a_153.jpg)
- Mark as New
- Bookmark
- Subscribe
- Mute
- Subscribe to RSS Feed
- Permalink
- Report Inappropriate Content
‎2018-06-20 04:42 AM
It is possible to create a stretchy X panel.
Unfortunately I can not post the object here as I have simply modified the 'Built-in Panel' object by Graphisoft, and licensing requirements say I can not distribute a modified object.
Read here ...
However I can give instructions on how to modify the object for your own use.
So stay tuned.
Barry.
Versions 6.5 to 27
i7-10700 @ 2.9Ghz, 32GB ram, GeForce RTX 2060 (6GB), Windows 10
Lenovo Thinkpad - i7-1270P 2.20 GHz, 32GB RAM, Nvidia T550, Windows 11
![Barry Kelly Barry Kelly](https://community.graphisoft.com/legacyfs/online/avatars/actalk/a27517d178c246abb0dd17b6f4f6758a_153.jpg)
- Mark as New
- Bookmark
- Subscribe
- Mute
- Subscribe to RSS Feed
- Permalink
- Report Inappropriate Content
‎2018-06-20 05:00 AM
The 'Built-in Panel' object is not in the library as it is part of the Archicad program itself.
So to open it, create a railing using it, select it then CTRL+SHIFT+O.
Close all the other objects that open as they aren't needed.
'SAVE AS' with a new name - something like 'Cross panel'.
Create a new length parameter called ... rail_hgt
In the 3D script find and comment out this section (starting at line 263).
!!!! group lowergroup !!!! for nSide = 1 to nTransformedPoly !!!! if segmentCutFlag[nSide] then !!!! _cutangle = segmentCutAngle[nSide] !!!! else !!!! _cutangle = 0 !!!! if segmentContinueFlag[nSide] then !!!! if segmentSideFlag[nSide] = SIDE_END then _cutangle = _cutright !!!! if segmentSideFlag[nSide] = SIDE_START then _cutangle = _cutleft !!!! endif !!!! endif !!!! put transformedPoly[nSide][1], transformedPoly[nSide][2], !!!! _cutangle, transformedPoly[nSide][TRPOLY_STATUS], _matPanel !!!! next nSide !!!! !!!! cprism_{2} _matPanel, _matPanel, _matPanel, !!!! nTransformedPoly, ac_panelThickness / 2, !!!! get(nsp - 2), -1, _matPanel !!!! gosub "flushBuffer" !!!! endgroup !!!! !!!! group uppergroup !!!! for nSide = 1 to nTransformedPoly !!!! if segmentCutFlag[nSide] then !!!! _cutangle = segmentCutAngle[nSide] !!!! else !!!! _cutangle = 0 !!!! if segmentContinueFlag[nSide] then !!!! if segmentSideFlag[nSide] = SIDE_END then _cutangle = _cutright !!!! if segmentSideFlag[nSide] = SIDE_START then _cutangle = _cutleft !!!! endif !!!! endif !!!! put transformedPoly[nSide][1], transformedPoly[nSide][2], ! [nSide][3] should be all the same !!!! -_cutangle, transformedPoly[nSide][TRPOLY_STATUS], _matPanel !!!! next nSide !!!! !!!! addz ac_panelThickness !!!! mulz -1 !!!! cprism_{2} _matPanel, _matPanel, _matPanel, !!!! nTransformedPoly, ac_panelThickness / 2, !!!! get(nsp - 2), -1, _matPanel !!!! gosub "flushBuffer" !!!! del 2 !!!! endgroupDirectly after that add this ...
!!!The geometry for all the corner points horiz_panel = (transformedPoly[2][1]-transformedPoly[1][1])*COS(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]) vert_panel = (transformedPoly[3][2]-transformedPoly[2][2])/COS(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]) end_rise = (transformedPoly[2][1]-transformedPoly[1][1])*SIN(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]) cross_angle = ATN((vert_panel+end_rise)/horiz_panel) panel_cross_angle_1 = cross_angle-panelSegmentData[iSegment][SEGMENT_SLOPEANGLE] cross_x_rad_1 = (rail_hgt*0.5)/SIN(panel_cross_angle_1) cross_y_rad_1 = (rail_hgt*0.5)/SIN(90-panel_cross_angle_1-panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]) y_reduction_1 = cross_y_rad_1-(cross_y_rad_1*COS(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE])) if panelSegmentData[iSegment][SEGMENT_SLOPEANGLE] <> 0 then x_reduction_1 = y_reduction_1/TAN(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]*0.5) else x_reduction_1 = 0 endif panel_cross_angle_2 = ATN((vert_panel-end_rise)/horiz_panel)+panelSegmentData[iSegment][SEGMENT_SLOPEANGLE] cross_x_rad_2 = (rail_hgt*0.5)/SIN(panel_cross_angle_2) cross_y_rad_2 = (rail_hgt*0.5)/COS(panel_cross_angle_2-panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]) y_reduction_2 = cross_y_rad_2-(cross_y_rad_2*COS(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE])) if panelSegmentData[iSegment][SEGMENT_SLOPEANGLE] <> 0 then x_reduction_2 = y_reduction_2/TAN(panelSegmentData[iSegment][SEGMENT_SLOPEANGLE]*0.5) else x_reduction_2 = 0 endif group lowergroup put transformedPoly[1][1], transformedPoly[1][2], 0, 15, _matPanel put transformedPoly[1][1]+cross_x_rad_1, transformedPoly[1][2], 0, 15, _matPanel put transformedPoly[3][1]-x_reduction_1, transformedPoly[3][2]-cross_y_rad_1+y_reduction_1, 0, 15, _matPanel put transformedPoly[3][1], transformedPoly[3][2], 0, 15, _matPanel put transformedPoly[3][1]-cross_x_rad_1, transformedPoly[3][2], 0, 15, _matPanel put transformedPoly[1][1]+x_reduction_1, transformedPoly[1][2]+cross_y_rad_1-y_reduction_1, 0, 15, _matPanel put transformedPoly[1][1], transformedPoly[1][2], 0, 15, _matPanel cprism_{2} _matPanel, _matPanel, _matPanel, 7, ac_panelThickness / 2, get(nsp - 2), -1, _matPanel gosub "flushBuffer" put transformedPoly[2][1], transformedPoly[2][2], 0, 15, _matPanel put transformedPoly[2][1]+x_reduction_2, transformedPoly[2][2]+cross_y_rad_2-y_reduction_2, 0, 15, _matPanel put transformedPoly[4][1]+cross_x_rad_2, transformedPoly[4][2], 0, 15, _matPanel put transformedPoly[4][1], transformedPoly[4][2], 0, 15, _matPanel put transformedPoly[4][1]-x_reduction_2, transformedPoly[4][2]-cross_y_rad_2+y_reduction_2, 0, 15, _matPanel put transformedPoly[2][1]-cross_x_rad_2, transformedPoly[2][2], 0, 15, _matPanel put transformedPoly[2][1], transformedPoly[2][2], 0, 15, _matPanel cprism_{2} _matPanel, _matPanel, _matPanel, 7, ac_panelThickness / 2, get(nsp - 2), -1, _matPanel gosub "flushBuffer" endgroup group uppergroup addz ac_panelThickness mulz -1 put transformedPoly[1][1], transformedPoly[1][2], _cutangle, 15, _matPanel put transformedPoly[1][1]+cross_x_rad_1, transformedPoly[1][2], _cutangle, 15, _matPanel put transformedPoly[3][1]-x_reduction_1, transformedPoly[3][2]-cross_y_rad_1+y_reduction_1, _cutangle, 15, _matPanel put transformedPoly[3][1], transformedPoly[3][2], _cutangle, 15, _matPanel put transformedPoly[3][1]-cross_x_rad_1, transformedPoly[3][2], _cutangle, 15, _matPanel put transformedPoly[1][1]+x_reduction_1, transformedPoly[1][2]+cross_y_rad_1-y_reduction_1, _cutangle, 15, _matPanel put transformedPoly[1][1], transformedPoly[1][2], _cutangle, 15, _matPanel cprism_{2} _matPanel, _matPanel, _matPanel, 7, ac_panelThickness / 2, get(nsp - 2), -1, _matPanel gosub "flushBuffer" put transformedPoly[2][1], transformedPoly[2][2], 0, 15, _matPanel put transformedPoly[2][1]+x_reduction_2, transformedPoly[2][2]+cross_y_rad_2-y_reduction_2, 0, 15, _matPanel put transformedPoly[4][1]+cross_x_rad_2, transformedPoly[4][2], 0, 15, _matPanel put transformedPoly[4][1], transformedPoly[4][2], 0, 15, _matPanel put transformedPoly[4][1]-x_reduction_2, transformedPoly[4][2]-cross_y_rad_2+y_reduction_2, 0, 15, _matPanel put transformedPoly[2][1]-cross_x_rad_2, transformedPoly[2][2], 0, 15, _matPanel put transformedPoly[2][1], transformedPoly[2][2], 0, 15, _matPanel cprism_{2} _matPanel, _matPanel, _matPanel, 7, ac_panelThickness / 2, get(nsp - 2), -1, _matPanel gosub "flushBuffer" del 2 endgroup
In the interface script (edit: not parameter script) find these line starting at line 62 and comment them out.
!!!! _yCurr = _pageStartY + 37 !!!! ui_infield{3} ac_panelThickness, _x2, _yCurr, _infWidth, _infHeightThen add ...
_yCurr = _pageStartY + 37 ui_infield{3} ac_panelThickness, _x2, _yCurr, _infWidth, _infHeight UI_TOOLTIP "Rail Width" ui_infield{3} rail_hgt, 380, 130, 50, _infHeight UI_TOOLTIP "Rail Height"
Now re-save and you should find it available as a panel type in your railing.
Of course you will need this in your loaded library or your embedded library.
I can't guarantee it will work in all situations (I haven't tried leaning the railing on an angle), but it seems to work for flat and rising (stair) railings.
Barry.
Versions 6.5 to 27
i7-10700 @ 2.9Ghz, 32GB ram, GeForce RTX 2060 (6GB), Windows 10
Lenovo Thinkpad - i7-1270P 2.20 GHz, 32GB RAM, Nvidia T550, Windows 11
![Lingwisyer Lingwisyer](https://community.graphisoft.com/legacyfs/online/avatars/actalk/a27517d178c246abb0dd17b6f4f6758a_111371.jpg)
- Mark as New
- Bookmark
- Subscribe
- Mute
- Subscribe to RSS Feed
- Permalink
- Report Inappropriate Content
‎2018-06-22 06:07 AM
I had a separate post within the GDL sub-forum regarding programming a custom panel, so it should probably be merged or removed...
Ling.
AC22-28 AUS 3110 | Help Those Help You - Add a Signature |
Self-taught, bend it till it breaks | Creating a Thread |
Win11 | i9 10850K | 64GB | RX6600 | Win11 | R5 2600 | 16GB | GTX1660 |
![Lingwisyer Lingwisyer](https://community.graphisoft.com/legacyfs/online/avatars/actalk/a27517d178c246abb0dd17b6f4f6758a_111371.jpg)
- Mark as New
- Bookmark
- Subscribe
- Mute
- Subscribe to RSS Feed
- Permalink
- Report Inappropriate Content
‎2018-06-26 10:26 AM
In the parameter script find these line starting at line 62 and comment them out._yCurr = _pageStartY + 37 ui_infield{3} ac_panelThickness, _x2, _yCurr, _infWidth, _infHeight
Could not find this line in my Parameter Script, there was actually very little in it at all... Found it in the Interface Script which I'm assuming is what you meant given the _yCurr.
AC22-28 AUS 3110 | Help Those Help You - Add a Signature |
Self-taught, bend it till it breaks | Creating a Thread |
Win11 | i9 10850K | 64GB | RX6600 | Win11 | R5 2600 | 16GB | GTX1660 |
![Barry Kelly Barry Kelly](https://community.graphisoft.com/legacyfs/online/avatars/actalk/a27517d178c246abb0dd17b6f4f6758a_153.jpg)
- Mark as New
- Bookmark
- Subscribe
- Mute
- Subscribe to RSS Feed
- Permalink
- Report Inappropriate Content
‎2018-06-26 03:05 PM
I think it should also be...
_yCurr = _pageStartY + 37
ui_infield{3} ac_panelThickness, _x2, _yCurr, _infWidth, _infHeight UI_TOOLTIP "Rail Width"
ui_infield{3} rail_hgt, 380, 130, 50, _infHeight UI_TOOLTIP "Rail Height"]
I think the formatting got messed up - seems it gets messed up when I tag it as code.
At least it is for me on this machine - not my regular machine.
It is just adding the rail height parameter and adding some tool tips.
I will fix the original post.
Barry.
Versions 6.5 to 27
i7-10700 @ 2.9Ghz, 32GB ram, GeForce RTX 2060 (6GB), Windows 10
Lenovo Thinkpad - i7-1270P 2.20 GHz, 32GB RAM, Nvidia T550, Windows 11